NUCLEAR FUSION POWER REACTOR WHICH PERFORMS SELF-IGNITION BY USING SEMICONDUCTOR LASER AS IGNITION MEANS FOR SELF-IGNITION CONDITIONS OF NUCLEAR FUSION POWER REACTOR WHICH DOES NOT EMIT NEUTRONS AT ALL WITH D-H E3 OR B11 -P AS NUCLEAR FUSION FUEL USING LASER BEAM OR SEMICONDUCTOR LASER

摘要

PROBLEM TO BE SOLVED: To provide an optimum pellet structure and a pellet inputting method regarding a nuclear fusion fuel pellet using a self-magnetic field confinement of a heating current after uranium foil nuclear fission by antihydrogen beams in a nuclear fusion reactor power generation system which does not emit neutron.SOLUTION: A nuclear fusion power generation system is configured such that an ultra-low temperature fuel pellet 1 including an antihydrogen beam tube 2, a degraded uranium foil 5, a metal cell 4, and a nuclear fusion liquid fuel 3 arranges the degraded uranium foil 5 on a surface that connects two balls in a spectacle shape so as to be irradiated by an antihydrogen beam generation device 18 at the center of a vacuum vessel 6 and collided against a uranium 238 in the fuel pellet. After nuclear fission, a nuclear fusion plasma 10 of the nuclear fusion fuel 3 including heavy hydrogen/helium 3 and the like is confined in the center part of the vacuum vessel 6, and the power is generated by the heat in a blanket 7 that sucks nuclear fusion energy using a cylindrical magnetic field generated by the current passing through the antihydrogen beam tube 2.